I will create landslide susceptibility maps and debris flow models

I will deliver publication-ready landslide susceptibility mapping and debris flow analysis using advanced GIS, Remote Sensing, and Machine Learning techniques. Depending on your project requirements, I can develop susceptibility models using AHP/Weighted Overlay, Random Forest, Logistic Regression, and Support Vector Machine (SVM). I also provide debris flow and mass movement simulations using D-Claw workflows for terrain and hazard assessment studies. The analysis is performed using high-quality spatial datasets such as DEM, rainfall, slope, aspect, curvature, LULC, lithology, drainage networks, and road proximity layers. All datasets are processed, standardized, and validated carefully to ensure scientific reliability and reproducibility.

You will receive landslide susceptibility zonation maps, GIS-based hazard analysis, ROC/AUC validation, publication-quality map layouts, high-resolution outputs, and processed GIS datasets. Premium packages can include technical reports, methodology documentation, presentation slides, and research-ready visuals. This service is suitable for academic research, engineering studies, disaster management projects, environmental analysis.